Products

OptiClear, Beamsplitter, Hydrophobic | Anti-Reflective

OPTICLEAR

Colorless and Consistent from Lot to Lot:

When it comes to optimal process control and consistency, OptiClear™ is the ideal product to use for your industrial applications. With identical polishes, each lot provides consistent, anti reflective glass material. Manufactured in a single glass factory, this low iron glass is colorless (please refer to the edge photo below).

WATER WHITE 1 SIDED ANTI REFLECTIVE

WATER WHITE 2 SIDED ANTI REFLECTIVE

WATER WHITE LOW IRON

Transmission:

Reflected Luminance or “Brightness”:

The eye can perceive certain wavelengths of light more strongly than it does other types of wavelengths. By measuring the reflected luminance or brightness, you can get a person’s perceived level of sensation from the surface reflection. When it comes to this aspect, OptiClear™ can maintain optimum levels of the reflected luminance. When you measure each surface of OptiClear™ at a 10° angle of incidence, you will get a < 0.4% Reflected Luminance (Brightness) and a < 0.2% average Reflectance from 425nm – 675nm.

HYDROPHOBIC

What is our proprietary hydrophobic coating & how does it work?

Under regular usage, glass becomes exposed to certain elements such as dust, dirt, and moisture. When you install glass on displays, windows, handheld devices, and other high usage applications, the surface will be more prone to getting dirty. The more you use it, the more you need to maintain it.

We offer hydrophobic, anti reflective glass coating to protect your surface from dust, liquid, and grease. With its high-quality finish, the coating can lower maintenance requirements and preserve the quality of your glass even under regular use.

Cleaning the coating is simple—all you need to do is gently wipe the surface with fiber cloth. You can also apply a small amount of isopropyl alcohol to remove dirt and dust. Combined with OptiClear™, our hydrophobic coating can offer the best quality and lowest maintenance choice for different surface applications.